Your Trusted Custom Travel Luggage Manufacturer
Travel luggage and travel bag manufacturing for retail and private label programs. Focused on durability, organization, and stable bulk execution.
Spec snapshot
A fast engineering view of what matters for sourcing, quoting, and repeatable production.
| Item | Typical | Notes |
|---|---|---|
| Collection scope | 2–4 sizes + accessory kits (by program) | Scope defines size run complexity and packaging operations |
| Shell strategy | soft luggage sets (by spec) | Shell strategy changes structure parts and warranty risk |
| Retail readiness | nesting packout + set SKUs | Retail programs require packout logic that reduces freight cost |
| Brand system | matching trims + lining + labels | Consistency across sizes is what makes a collection feel premium |
| Typical MOQ | 500–800 pcs | Depends on size run, accessories, and packaging |
Size Run Matrix
A luggage collection is a size-run product. We define how each size is used and what QC gates matter so the set feels consistent at retail.
| Size | Role | Focus | QC |
|---|---|---|---|
| Carry-on | short trips and flights | airline sizing + grab points | dimension checks and zipper run checks |
| Medium | 1–2 week travel | durable base and corner wear | abrasion panels and handle pull checks (by spec) |
| Large | family or long trips | load stability and wheel/handle performance (by spec) | rolling tests (by spec) + reinforced seams |
| Accessory kit (by spec) | upsell and organization | matching materials and labels | SKU accuracy and packing list checks |
Nesting & Packout Rules
Packout is part of product quality. We define nesting rules that reduce freight cost while protecting appearance and preventing missing accessory kits.
Set Packaging Operations
Travel luggage is sold as collections. We build packaging ops that keep SKUs clear, reduce mislabeling, and align set IDs with carton marks.
SKU definition
Label system
Insert cards (by spec)
Carton configuration
Durability Gate Plan
We build a gate plan around warranty drivers: zippers, corners, anchors, and packout integrity. This keeps bulk execution stable across size runs.
Materials & fabrics
Material choice drives performance, durability, finishing, and target price point.
| Fabric | Waterproof | Cost | Notes |
|---|---|---|---|
| Polyester/nylon | water-resistant options | varies | Balanced performance for travel usage. |
• packaging alignment for sets
• durable zipper strategy
• AQL final inspection
• Private label programs
• Corporate gifting
• Target channel (retail/private label/corporate gifting) and packaging level
• Material and shell strategy; key trims that must match across sizes
• Nesting packout requirements and freight cost constraints
• Durability priorities (zippers, corners, handles) and any test expectations (by spec)
• Labeling needs (barcode labels, inserts, care guides) and carton marks
Start custom travel luggage production
Send your requirements and get a structured RFQ checklist and a manufacturing plan.
Specification options for wheeled luggage programmes
Luggage is the only bag category where the shell, the wheel assembly, and the telescopic handle each carry an independent failure risk. A trolley case can have flawless fabric and still fail vendor testing because a wheel housing cracks or a handle tube jams after a few hundred cycles. Programmes in this category therefore need three specifications written separately, and a test plan that treats wheels and handles as mechanical components.
| Specification | Standard range | Development notes |
|---|---|---|
| Nominal sizes | 20 inch cabin, 24 inch medium, 28 inch large | External dimensions include wheels and handles |
| External dimensions | 55 × 35 × 23 cm to 77 × 50 × 30 cm | Quoted against the strictest carrier limits |
| Hard shell materials | ABS, PC, PP, ABS/PC composite at 1.8–2.6 mm | PP resists impact, PC resists cracking at low temperature |
| Soft shell materials | 900D and 1680D polyester, ballistic nylon, 210D lining | Coated shells tested per ASTM D751 |
| Wheel assembly | Twin 360-degree wheels 50–60 mm, single inline 70–80 mm | Housings screw-fixed into a reinforced plate |
| Telescopic handle | Aluminium 2–3 stage, 90–105 cm extended height | Tube wall 0.8–1.2 mm, wobble checked at full extension |
| Closure and security | Aluminium frame with latches, zip with lockable sliders, TSA-style lock | Lock type follows destination market requirements |
| Empty weight | 2.6–5.2 kg | Weight is a purchase criterion in the cabin segment |
| Compliance lines | ISTA 3A, MIL-STD-810, REACH (EC 1907/2006), California Proposition 65 | Transit and chemical scope set by channel |
Shell material choice is a trade-off rather than a ranking. ABS is the cheapest and moulds to a crisp finish but is least impact tolerant at low temperatures; polypropylene is heavier for the same stiffness yet absorbs impact well and is the default for checked sizes; polycarbonate and ABS/PC composites sit between the two on price and performance. Wall thickness of 1.8–2.6 mm should be specified alongside the material, since the two interact.
Dimension discipline matters more here than in any soft bag. External figures must include wheels, handles, and bumpers in their relaxed state, and the published cabin size should be backed by a physical sizer check during sampling. Teams routinely discover 10–15 mm of extra depth once the wheel housing is fitted, enough to turn a compliant cabin case into a gate-check product.
How wheeled luggage is built
Hard shell cases start with the moulding decision. Vacuum-formed shells allow lower tooling investment and quicker colour changes, which suits 500-unit programmes, while injection-moulded shells give tighter tolerances and better corner definition at higher tooling cost. Rib patterns are designed into the shell to control flex and stop a large case drumming when rolled over tiles.
The closing system defines the case. Aluminium-framed cases use extrusions joined at the corners with two latches and a seal, giving rigidity and a premium feel but adding assembly time; zip-closed cases are lighter, cheaper, and easier to expand, with a reinforced corner and a lockable slider. Either way, the case is only as rigid as its perimeter, so corner patches are standard.
Wheel assemblies mount into a plate or moulded housing rather than directly into the shell. Twin 360-degree wheels of 50–60 mm roll quietly and distribute load, while larger single inline wheels handle rough ground but steal internal volume. Housings should be screw-fixed into a backing plate, because a screw pulled through a thin shell is the most frequent mechanical failure in transit.
The telescopic handle is the component most likely to jam. Aluminium tubes of 0.8–1.2 mm wall in two or three stages reach 90–105 cm, and the bushings between stages control wobble at full extension. The handle rail runs into the shell structure and must be isolated from the wheel plate so road vibration is not transmitted up the tube.
Interiors are completed separately and dropped in: a 210D lining with a divider pad, compression straps, and one or two zip pockets hides the frame and rail hardware. On soft-shell trolleys the internal structure is larger, with a fibreboard or honeycomb panel carrying the handle rail and wheel plate and the shell stretched over it.
Cost drivers and MOQ for wheeled luggage
Five variables dominate: shell material and thickness, wheel specification and housing design, telescopic handle stage count and tube quality, lining and interior features, and assembly labour. Shell tooling is the barrier most buyers underestimate — a full moulding programme carries a tooling cost well beyond the USD 300–2,500 accessory range.
| Construction | Typical build | Indicative unit price (USD) |
|---|---|---|
| Soft-shell cabin trolley, 20 inch | 900D shell, two inline wheels, two-stage handle | 22.00–34.00 |
| ABS hard cabin case, 20 inch | 2.0–2.2 mm ABS shell, twin spinner wheels, TSA-style lock | 26.00–40.00 |
| PP checked case, 24 inch | 2.2–2.4 mm PP shell, aluminium-frame detail, spinner wheels | 34.00–52.00 |
| PC composite large case, 28 inch | 2.4–2.6 mm composite, three-stage handle, premium interior | 46.00–72.00 |
| Premium aluminium-framed case | Full frame, latches, leather-grip handle, branded hardware | 68.00–120.00 |
Order minimums begin at 500 units per style per colour, falling to 300 on repeat programmes once moulding, colour, and hardware standards are on file. Sampling runs 6–10 working days where an existing mould is used and 12–15 where lining, frame, or hardware changes require new jigs; production occupies 35–50 days after written approval. Quotations arrive within 24–48 hours, terms run T/T 30/70, and pricing is quoted FOB Xiamen with EXW, CIF, or DDP available.
Sample fees of USD 50–150 are credited against the first bulk order. Freight economics are unusual here because cases ship nested by size: a 20GP holds about 28 CBM, a 40GP around 56 CBM, and a 40HQ close to 68 CBM, so a three-size programme is planned as a mixed container. Transit runs 25–35 days by sea, 5–8 days by air, and 3–5 days by courier.
Quality gates and acceptance criteria
Mechanical testing comes first. Telescopic handles are cycled through full extension and retraction several thousand times and checked for wobble, jamming, and button wear; wheel assemblies are run on a rolling rig over an obstacle course for a defined distance and then inspected for flat spots, housing cracks, and axle play.
Textile and chemical testing runs in parallel. Soft shells are sampled for grab strength under ASTM D5034 and seam strength under ISO 13934-1, coated shells for adhesion and water resistance per ASTM D751 and AATCC 22, and linings for colour fastness per AATCC 8. Chemical scope covers REACH (EC 1907/2006) and California Proposition 65 for the destination market.
Transit packaging is validated under ISTA 3A, and ruggedness claims are supported by selected MIL-STD-810 procedures. Final inspection follows AQL 2.5 under ISO 2859-1 with Critical 0, Major 2.5, and Minor 4.0. Critical defects include cracked wheel housings, failed latches, and any shell split at a corner.
Hard shell versus soft shell sourcing decisions
The decision is commercial before it is technical. Hard shell programmes carry moulding tooling and longer development, but they give a crisp retail silhouette, better weather protection, and a clear upgrade story for premium channels. Soft shell trolleys reuse existing sewing capacity, allow colour changes at low cost, and are lighter for the same external size.
Warranty exposure belongs in the same decision. Hard shells fail visibly and are usually replaced, while soft shells fail gradually through zip and seam wear and generate fewer claims but more reviews about shape loss. Buyers running both usually standardise wheel and handle hardware so spare parts and test documentation stay common across the range.
Ordering path
Six stages from brief to loaded container.